Component feeding system

1. A component feeding system comprising:

a platform;

a tray supported by the platform, the tray having a component support surface for supporting a plurality of components thereon;

an agitation unit supported by the platform and operatively coupled to the tray, the agitation unit agitating the tray to cause the components to move on the tray;

a guidance system supported by the platform, the guidance system having a camera viewing the tray;

a positioning system supported by the platform;

a component gripper supported by the positioning system and moved by the positioning system relative to the tray, the component gripper being configured to pick and place components on the tray; and

a controller communicating with the agitation unit, the positioning system, the component gripper and the guidance system, the controller operating the agitation unit, the positioning system and the component gripper based on an image obtained by the camera;

wherein the controller develops a motion profile for the agitation unit based on an image obtained by the camera, the motion profile controlling at least one of a frequency, direction and amplitude of agitation of the tray to manipulate the orientation of the components relative to the tray, and

wherein the controller develops a motion profile for the positioning system based on an image obtained by the camera to move the component gripper.

2. The component feeding system of claim 1 , wherein the camera is configured to differentiate the components based on one or more datum on the components, the controller operating the positioning system to control a position of the component gripper based on the location of the one or more datum of the component.

3. The component feeding system of claim 1 , wherein the motion profile controlling the agitation of the tray is progressively updated based on the images of re-orientation of the components relative to the tray.

4. The component feeding system of claim 1 , wherein the controller operates the agitation unit in a forward mode to cause the components to move toward a front of the tray and wherein the controller operates the agitation unit in a backward mode to cause the components to move toward a rear of the tray.

5. The component feeding system of claim 1 , wherein the controller operates the agitation unit in an impulse mode to cause the components to bounce upward off of the tray.

6. The component feeding system of claim 1 , wherein the motion profile for the positioning system to move the component gripper includes movements for picking up a first component of the plurality of components, moving the first component to a predetermined location and then picking up a second component of the plurality of components.

7. The component feeding system of claim 1 , wherein the tray is configured to receive different types of components, the controller determines the type of components based on the image obtained from the camera, the controller determining an agitation algorithm to adjust an agitation protocol of the agitation unit based on the type of component.

8. The component feeding system of claim 1 , wherein the component gripper comprises at least one of a magnet, fingers and a vacuum device for gripping the components.

9. The component feeding system of claim 1 , wherein the positioning system includes an X positioner, a Y positioner, and a Z positioner to control a position of the component gripper in 3D space.

10. The component feeding system of claim 1 , wherein the positioning system includes an arm supporting the component gripper, the arm supporting a lighting device illuminating the tray and components.

11. The component feeding system of claim 1 , further comprising a backlight under the tray, the tray being translucent to allow light from the backlight through the tray.

12. The component feeding system of claim 11 , wherein the backlight is operatively coupled to the controller, the controller changing a spectrum and intensity of the light based on characteristics of the components on the tray.

13. The component feeding system of claim 11 , wherein the backlight is operatively coupled to the controller, the controller determining a lighting control algorithm to adjust the lighting scheme of the backlight based on the image obtained by the camera.

14. A component feeding system comprising:

a platform;

a tray supported by the platform, the tray having a component support surface for supporting a plurality of components thereon;

an agitation unit supported by the platform and operatively coupled to the tray, the agitation unit agitating the tray to cause the components to move on the tray;

a guidance system supported by the platform, the guidance system having a camera viewing the tray;

a component gripper movable relative to the tray, the component gripper being configured to pick and place components on the tray;

a positioning system supported by the platform, wherein the positioning system includes an arm supporting the component gripper, the arm supporting the camera, the camera being movable with the arm and the component gripper; and

a controller communicating with the agitation unit, the positioning system, the component gripper and the guidance system, the controller operating the agitation unit, the positioning system and the component gripper based on an image obtained by the camera.

15. A component feeding system comprising:

a platform;

a tray supported by the platform, the tray having a component support surface for supporting a plurality of components thereon, the tray includes a plurality of grooves separated by dividers, different types of components being arranged in different grooves and separated by the dividers, wherein a height of each divider is less than a height of the components in the groove adjacent the divider such that at least a portion of the component is positioned above a peak of the divider;

an agitation unit supported by the platform and operatively coupled to the tray, the agitation unit agitating the tray to cause the components to move on the tray;

a guidance system supported by the platform, the guidance system having a camera viewing the tray;

a positioning system supported by the platform;

a component gripper supported by the positioning system and moved by the positioning system relative to the tray, the component gripper being configured to pick and place the different types of components on the tray; and

a controller communicating with the agitation unit, the positioning system, the component gripper and the guidance system, the controller operating the agitation unit, the positing system and the component gripper based on an image obtained by the camera.

16. The component feeding system of claim 15 , wherein the tray extends between a front and a rear, at least some of the dividers extending from the component support surface to define dividing walls, channels being formed between dividing walls, the dividing walls at the rear being taller to define bins holding supplies of the different types of components, the components being fed into corresponding channels toward the front of the tray from the bins as the tray is agitated.

17. The component feeding system of claim 15 , wherein the dividers extend from a base to a peak, the base being wider than the peak.

18. The component feeding system of claim 15 , wherein the tray has a generally uniform thickness along both the grooves and the dividers.

19. The component feeding system of claim 15 , wherein the controller develops a motion profile for the positioning system to move the component gripper.

20. The component feeding system of claim 15 , wherein the controller develops a motion profile for the positioning system to move the component gripper, the motion profile having movements for picking up a first component of the plurality of components, moving the first component to a predetermined location and then picking up a second component of the plurality of components.